Building resilient bridgesDisasters can damage or entirely destroy bridges and cause widespread destruction and social mayhem. But factoring risk into design and maintenance can help ensure the safety of the millions of people who cross bridges on a daily basis.

Building resilient gridsDisasters can impact electric grids with damaging economic, environmental, and public health consequences. Grid resilience can help ensure that power disruptions are minimal and do not affect critical services.

Building resilient ports and harboursWhen disasters disrupt port operations, they can cause significant economic losses on a global scale. Adapting ports to a changing climate and investing in disaster resilience is critical to reduce the economic impacts from catastrophic events.

Building resilient roadsAccess disruptions on roads following a disaster can cause significant social and economic losses. Risk informed infrastructure investment is critical to ensure the construction and maintenance of resilient road networks.

Half a degree matters to curb disaster riskThe difference between 1.5°C and 2°C of global warming may not seem significant. But research shows that failing to limit global warming at 1.5°C above pre-industrial levels will significantly increase disaster risk.

Understanding evacuation behaviourWhile evacuation saves lives, many people choose not to leave when faced with a disaster. These resources explore the multiple factors influencing the decision to evacuate.